TI-NatSurf® Product Line

THE TI-NatSurf® PRODUCT LINE

The TI-NatSurf® line of products, are series of unique patent pending synergistic mixtures of plant based, and other naturally derived ingredients which offer versatile multi-functional sulphate-free surfactant complexes. They offer performance characteristics greater than those of sulphates, with excellent hydrophobe compatibility and mildness, for formulating cleansing products with exceptional foam, and post-rinse after feel.

 


TI-NatSurf® FHS

TI-NatSurf ® FHS is specifically designed for use in low viscosity aerated pump foaming systems. It may be used as the primary or as the secondary surfactant in a variety of sulphate-free toiletry preparations using aerated pump foaming systems as their mode of delivery. It has excellent compatibility with traditional anionic systems, such as lauryl and laureth sulphates and a variety of sulphonates. Its hydrophobe compatibility allows the formulation of crystal clear micro-emulsions or stable opaque dispersions with emollient esters, and other natural polar oils.

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TI-NatSurf® BW

TI-NatSurf® BW is designed for formulating premium range of high-end bath, body, and hair products. It may be used as the primary or as the secondary surfactant offering excellent hydrophobe compatibility without compromising foam integrity. It has excellent compatibility with traditional anionic systems, such as lauryl and laureth sulphates and a variety of sulphonates, making it an ideal choice for secondary surfactant replacement, to improve foam characteristics of a system. Its uncompromising foam performance in the presence of natural polar oils, makes it the ideal candidate in the preparation of moisturizing bath products offering exception post-rinse sensory.

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TI-NatSurf® QCB

The TI-NatSurf® QCB is a uniquely designed to provide versatility in formulation a wide range of personal care cleansing preparations. It may be used as the primary or as the secondary surfactant offering excellent hydrophobe compatibility without compromising foam integrity. It has excellent compatibility with traditional anionic systems, such as lauryl and laureth sulphates and a variety of sulphonates, making it an ideal choice for secondary surfactant replacement, to improve foam characteristics of a system. Its hydrophobe compatibility allows the formulation of crystal clear micro-emulsions with emollient esters, and other natural polar oils, offering exception post-rinse sensory. It is compatible with quaternary ammonium compounds and other cationics, and has great compatible with high electrolyte levels, while still maintain a crystal clear system.

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